Topic: I think I invented a Time Machine? (Read 442 times)

I really wish I get this ughhh. too bad i skipped too many physics class back in high school

Try Reddit, the community there has everything you can ever imagine 

Does anyone know where I can find information on the cost for building an delayed quantum eraser setup?

I see you really have nothing to do, mate, ahahah. But in fact, the idea is very interesting, would anyone like to implement it in real life?

Accidentally hit my head on the toilet and came up with a flux capacitor, jokes aside, but here is a time machine concept?
You see a double split experiment, where a particle is determined as an wave or an particle depending on the observation of it.

The idea is, Send this light down a tunnel (Bounce it back or forward, or a long of mirrors or w/e that slows light down as much as possible might have to be pretty big),
then into the double slit, of which the screen has an interference pattern.

Now here's the beauty, determine its a particle or wave at the double slit, (wait into experiment done), then look under the box. It should read a 0 or 1 according to what the light ends up being. So in theory, this should send the information back a few seconds?




Or perhaps this:

An beam splitter, of which into the box and into the tunnel. Determine at the end of the experiment, and change the outcome inside the box.

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Delayed Quantum Eraser Experiment Tweak Invention:




Mentions of regards to delayed quantum eraser:

The experiment shown in 1999, the delayed quantum eraser paper, that observing with A or B caused it to be in an erased state of state 1, and not observing with A or B caused it to be in state 2.



In the 1 light-year picture figure below example:
A person is looking at the screen in 2020 On Earth, it takes to 2021 for it to reach A/B Destination. The person on Earth would already see it's either state 1 or 2 in 2020 while looking at the screen, as it travels to A/B detectors Accordingly in 2021. (Takes 1 year to reach its destination speed of light)

Another person presses a red button in 2021 on say another planet, turning A/B detectors off, resulting in state 2. Sending, the information 1 year into the past of 2020. The person looking at the screen on Earth would have already seen it in state 1 or state 2.

Of all the reasons for wanting to time-travel—saving someone from a fatal mistake, exploring ancient civilizations, gathering evidence about unsolved crimes—recovering lost information isn't the most exciting. But even if a quest to recover the file that didn't auto-save doesn't sound like a Hollywood movie plot, we've all had moments when we've longed to go back in time for exactly that reason.

Theories of time and time-travel have highlighted an apparent stumbling block: time travel requires changing the past, even simply by adding in the time traveller. The problem, according to chaos theory, is that the smallest of changes can cause radical consequences in the future. In this conception of time travel, it wouldn't be advisable to recover your unsaved document since this act would have huge knock-on effects on everything else.

The question is, where will you find a box that states weather the light ended up being a particle or it ended up being a wave?

Is there even such a box invented or possibly be invented?

Even if it is, the box would give the result simultaneously as the double slit experiment is observed, because for light, no time is actually passing no matter how much that is bounced by reflecting mirrors. For light, the end and start of the universe is the same. So, the light immediately exiting from the box instantly gives the information that it will be a particle or it will be a wave.

Basically exploiting time dilation and quantum entanglement.

Stupid of you to post this IMO.... Now I'm going back in time to smoke your MJ, thereby making you unable to travel, and thus a liar.    

Nope, it's a sperm whale, and it wasn't time travel.

One of the most basic properties of light is that it changes speed and direction in different substances, such as water or air. This process, known as refraction, explains why a glass prism splits light into many colors and why a pool may appear shallower than it really is when viewed from a deck or diving board.

Now, scientists have managed to defy this photonic principle with a special laser made of "spacetime wave packets" that do not slow down in denser materials, according to a recent study published in Nature Photonics. In fact, this new class of lasers can actually accelerate in a dense medium, among its many other optical superpowers.

Scientists led by Ayman Abouraddy, a professor of optics and photonics at the University of Central Florida, created these bizarre laser beams by linking their optical properties in both space and time, a tactic that unveiled "unexpected phenomena," according to the study.

"What happens when you go into a laser beam and manipulate the space and time aspects and correlate them with each other; connect them with each other?" Abouraddy said in a call. "Turns out, pretty much everything we know in optics is out of the window."

You might be scratching your head over what constitutes the spatial and temporal aspects of a laser beam in the first place, and why they are normally kept separated.

Don’t you need a Blue Whale and a spaceship to time travel?

The Magrathean sperm whale was the co-product of the Infinite Improbability Drive and its reality-warping field interacting with two guided missiles above Magrathea, the other outcome being a bowl of petunias. The probability of this occurring was 8,767,128 to 1 against.

Jeezus. I actually applied what you said and It actually worked! I was able to produce a quantum hamiltonian dynamic superposition energy to power my Quantum magnetization atomic arm chair which is the base of my time machine that is based on your design. With a little bit of coding with my Quantum electrodynamic Intel Processor G5900T Celeron super computer and a little bit of marijuana, I was able to go back in time!

Though it forces me to go back to present after 4 hours of traveling in the past.